Laboratory Scale Systems

Powder Milling for Research and Development

Fluid Energy cart systems are designed to provide an R&D jet-milling system that can efficiently mill and collect your fine powders in three batch ranges all in one system. Each system is capable of maintaining yields in excess of 95%. Different collection vessels designed for various batch sizes are easily attached to the portable mill by quick disconnect sanitary clamps. Available on a purchase or rental basis, these powder mills produce a fine, narrow particle size distribution, consume minimal amounts of energy and are easy to feed with a wide variety of materials. Our unique laboratory jet milling system eliminates troublesome blowback issues found in other research equipment.

High-Yield Collection Module is designed to achieve the highest jet milling yield in the pharmaceutical and biotechnology industries while using the 00 JET-O-MIZER as a laboratory jet mill. These powder mills collect up to 98% of the product fed to the mill in an easy-to-access 316L stainless steel collection container. The compact designed tray provides controls and feeder as a portable mill or lab grinder.

Features & Benefits

Type 316 stainless steel filter housing allows product collection in 2”x9” filter bags and eliminates all “dusting” to the atmosphere when used with HEPA filtration.

Model 2 JET-O-CLONE Cyclone attaches to mill outlet with quick-disconnect. Used to provide a sterile collection point or an extended batch run. Cyclone fines can exhaust for collection to filter bags in atmosphere or to HEPA filtration system. Model 2 JET-O-CLONE Cyclone attaches to mill outlet with quick-disconnect. Used to provide a sterile collection point or an extended batch run. Cyclone fines can exhaust for collection into filter bags or into a HEPA filtration system.

One Gram Sample Collector: Attaches to mill outlet allowing collection of batch sizes of 1 gram or less with yields of up to 97%. These laboratory jet mills provide exceptional size reduction and are superior to a laboratory ball mill with no significant temperature concerns while maintaining extreme purity.